Starling

Starlings are small birds with shiny feathers.

Their feathers look colorful in the light.

These birds are very smart. They can copy many sounds. They even copy human speech!

Starlings like to live in big groups. They fly together in huge clouds. This is called a murmuration.

Flying in a group keeps them safe. It confuses birds that want to hunt them. This helps the flock stay alive.

Most starlings eat fruit and bugs. They often build nests in holes. They lay blue or white eggs.

Starlings are small to medium birds.

Their feathers have a shiny sheen. This color comes from the structure of the feathers. It does not come from pigment. Many species are found in Africa and Asia.

Some birds are called mynas.

These birds are very social. They often fly in huge groups. This is called a murmuration.

In a murmuration, birds move together in a big swarm. They change direction quickly without a leader. Each bird follows its seven closest neighbors. This helps the flock stay safe from hunters. The group moves like a big pancake shape. This shape helps information move through the flock very fast.

Starlings are also great at making sounds. They can mimic many different calls. They can even copy human speech or car alarms.

Most starlings eat fruit and insects. Some species use their bills to find food. They push their bill into a hole and open it wide. This helps them find tasty grubs. They often lay blue or white eggs in nests made in holes.

Starlings are small to medium-sized birds that belong to the family Sturnidae.

They are famous for their dark, glossy feathers that shimmer with many colors. This shiny look is called iridescence. It happens because of how the feathers are built, not because of color pigments. These birds are very social and love to live in large groups.

They are found in many places like Europe, Asia, and Africa. Some people know them as mynas, especially the larger species in Asia. They are very strong flyers and use their sturdy feet to perch.

Many starlings have a very clever way of finding food. They often look for insects like grubs in small cracks. To do this, they use a trick called open-bill probing. They push their bill into a crevice and then force it open wide. This action expands the hole to expose the tasty prey inside. This behavior is sometimes called zirkeln, which is a German word.

Most species also eat fruit and may even drink nectar from flowers. Some starlings can even eat over-ripe fruit that has fermented. They have special enzymes in their bodies to break down alcohol quickly.

Starlings are also incredible mimics that can copy many different sounds.

They can learn to imitate up to 20 different bird calls. They can even pick up sounds from the world around them. This includes human speech patterns or even the sound of car alarms. Because they can recognize each other by these calls, scientists study them to learn about language.

Their social nature is best seen during a massive event called a murmuration. This is when thousands of birds fly in a huge, swirling cloud. It looks like a single, moving shape in the sky.

Scientists have worked hard to understand how these huge flocks move.

An ornithologist named Edmund Selous studied them in the late 1800s. In 2013, researchers from Princeton University and Italy used computers to find the truth. They discovered that no single bird acts as a leader for the flock. Instead, each bird simply synchronizes its movements with its seven closest neighbors.

This creates a fast wave of information that moves through the group. The birds often fly in a pancake shape to move data most efficiently. This helps the whole group react instantly to stay safe from predators.

Starlings are found in almost every habitat except very dry sandy deserts. While they are native to Europe, Asia, and Africa, they have spread to other places. For example, the European starling was introduced to North America between the 1870s and 1890s. In some new areas, they are called invasive species because they compete with native birds.

You might see them in orchards, farmlands, or even busy cities. In Denmark, people call their massive winter flocks the "Black Sun." This shows how much these birds can change the look of the sky.

Starlings are a diverse family of passerine birds belonging to the family Sturnidae.

These birds are recognized by their glossy, iridescent plumage and highly complex vocalizations. They are also famous for a dramatic social behavior called murmuration. In a murmuration, thousands of birds fly in massive, synchronized, and seemingly random swarms. This collective movement helps protect the birds from predators like falcons. By moving as one large, pulsing unit, the flock can confuse a hunter.

Many starlings use a specialized feeding technique called open-bill probing. This process is also known as zirkeln, a term from the German word for a pair of compasses. To use this method, a starling inserts its bill into a narrow crevice or hole. Once the bill is inside, the bird forcefully opens it wide. This action expands the opening and exposes prey, such as grubs, hiding within. Most species are omnivores that eat insects and fruit. Some even consume nectar or fermenting fruit. Starlings possess specific enzymes that allow them to break down alcohol very quickly.

The Sturnidae family is quite large and varied. It contains 128 different species divided into 36 genera. For example, the Nias hill myna is the largest species, reaching lengths of 41 cm. In contrast, Kenrick's starling is the shortest-bodied species at only 15 cm. The white-necked myna is the longest, measuring up to 47 cm. Much of its length comes from its very long tail. Some species, like the Asian mynas, are much larger than others. Other species, like the African glossy starlings, are known for their bright, shimmering colors.

Iridescence is a common feature among many starling species. This shimmering effect is not caused by pigments in the feathers. Instead, it is a structural color. This means the color comes from the physical structure of the feathers themselves. In some birds, like the Bali myna, light scatters off parallel collagen fibers to create color.

Other birds may have crests or elongated tail feathers for decoration. The irises of many species are also quite striking, often appearing red or yellow. Younger birds usually have much darker irises than adults.

Starlings are incredibly talented mimics. They have a repertoire of about 15 to 20 distinct imitations. They can copy many different bird species and even non-avian sounds. This includes human speech patterns and even car alarms.

Scientists study these vocalizations because starlings can recognize specific individuals by their calls. This ability has made them a subject of research regarding the evolution of human language. They tend to imitate sounds that are simple in frequency or very common in their environment. This can even lead to local dialects of mimicked sounds.

The history of starling distribution includes many human-driven changes. While they are native to Europe, Asia, and Africa, they have spread globally.

The European starling was introduced to North America between the 1870s and 1890s. This was done by acclimatization societies to introduce European wildlife to the continent. A popular story says Eugene Schieffelin released them to match Shakespeare's birds. However, records show they were already in the U.S. by the mid-1870s. In many new habitats, they are considered invasive because they compete with native birds.

Understanding how murmurations work has required advanced science. In the late 1800s, Edmund Selous studied them and suggested "thought-transference." However, modern research tells a different story. In 2013, physicists and engineers from Princeton and Italy used computer simulations. They found that no single bird leads the flock. Instead, each bird synchronizes with its seven closest neighbors.

This creates a rapid wave of information across the group. Researchers found that the flock often forms a "pancake" shape for optimal performance. This shape allows information to move through the flock with almost no loss, much like a high-quality signal.

Starlings play important roles in many ecosystems. As they eat fruit, they become vital seed dispersers. In Asia and Africa, they help spread seeds for trees like the Indian banyan.

Some species also act as pollinators. The slender-billed starling, for instance, pollinates giant lobelias in East Africa. They inhabit almost every environment except very dry sandy deserts. From the Arctic Circle to the Equator, starlings have adapted to many different ways of life. They remain one of the most successful and social bird families on Earth.